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3-phase, 50 Hz, 4-pole, 220 V, 10A ASM has an ASM 0.85 back power coefficient. stator copper losses are 500 W and rotor copper losses are 200 W. Friction and wind losses 100 W, core losses 300 W and stray load losses 50W. According to this; a. Air gap strength b. Mechanical strength produced c. Output power in horsepower D. Yield e. Slipping f. Working Speed g. Torque Produced h. Output Torque

3-phase, 50 Hz, 4-pole, 220 V, 10A ASM has an ASM 0.85 back power coefficient. stator copper losses are 500 W and rotor copper losses are 200 W. Friction and wind losses 100 W, core losses 300 W and stray load losses 50W. According to this; a. Air gap strength b. Mechanical strength produced c. Output power in horsepower D. Yield e. Slipping f. Working Speed g. Torque Produced h. Output Torque

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3-phase, 50 Hz, 4-pole, 220 V, 10A ASM has an ASM 0.85 back power coefficient. stator copper losses are 500 W and rotor copper losses are 200 W. Friction and wind losses 100 W, core losses 300 W and stray load losses 50W. According to this;

a. Air gap strength

b. Mechanical strength produced

c. Output power in horsepower

D. Yield

e. Slipping

f. Working Speed

g. Torque Produced

h. Output Torque

i. By specifying the asynchronous Motor power flow diagram from input to output
by drawing?

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